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University of Zagreb - Faculty of Electrical Engineering and Computing Master of Science in Information and Communication Technology - Robotics
University of Zagreb - Faculty of Electrical Engineering and Computing

Master of Science in Information and Communication Technology - Robotics

Zagreb, Croatia

2 Years

English

Full time

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EUR 5,970 / per year

On-Campus

Key Summary

    About: The Master of Science in Information and Communication Technology - Robotics combines advanced studies in robotics with information and communication technology. This program focuses on the development, design, and deployment of robotic systems, preparing students for real-world applications in various sectors.
    Career Outcomes: Graduates can pursue careers in fields such as robotics engineering, automation, AI integration, and technical consulting. Additional roles may include positions in research and development, product management, and project leadership within technology companies.

Introduction

Nowadays, it is almost impossible to come across an engineering field that is not related to information processing. An unprecedented level of importance that information has in modern societies is mainly due to the rapid development of communication technology.

Exchanging data between heterogeneous players, from humans, through autonomous cars to robots, is the fundamental prerequisite for any kind of cooperative activities. This would not be possible without sophisticated data processing and communication systems. Clearly, the information goes hand in hand with communication technology, so these areas are merged into the master study program Information and Communication Technologies.

Robotics as a multidisciplinary scientific and technological field comprises a variety of domains, such as automation, computer science, mechanics, biomechanics, sensors communication, actuation, and many others. This master programme aims to train a new generation of engineers who will develop new applications and tools to expand the capabilities of field and service robots in the near future. The technology behind the development of these systems comes from different research areas such as artificial intelligence, computer vision, control, autonomy, machine learning, and others, all of them under fast-paced evolution in the current digital revolution.

Research, innovation, and teamwork are crucial in determining the engineering progress and the development of new technologies. Selected students will have an opportunity to participate in leading EU-funded research projects during their studies.

High emphasis is placed on practical skills and early career development during the study. The study programme also facilitates the development of soft engineering skills through the set of transversal courses, which complement engineering education with an additional set of skills that are necessary to form an engineer as a complete person.

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